where \(\Psi _{ABCD}\)  is the Weyl spinor, \(f_{AB}\)  is the single copy Maxwell spinor and \(S\)  is the zeroth copy
scalar field. The tensor translation of the preceding equation is [1]}, [2]}
\( W_{\mu \nu \rho \sigma } = \frac{1}{S} \Big ( F_{\mu \nu } F_{\rho \sigma } + F_{\mu \rho } F_{\nu \sigma } -\frac{6}{D-2} g_{\mu \rho } F_{\nu \alpha } F_{\sigma }^{\phantom{\sigma }\alpha } \\+ \frac{3}{(D-1)(D-2)}g_{\mu \rho } g_{\nu \sigma } F_{\alpha \beta } F^{\alpha \beta }\Big ) \bigg \vert _{s},\) 
